The PING G Le4 driver uses a 59.5° average-lie reference. Released in 2026, lie angle is a secondary tuning variable on this head: strike location, face angle, face-to-path and delivered loft usually matter more. The correct way to test lie is through the model’s Trajectory Tuning 2.0 system where supported, while comparing centre contact and start direction.
Driver • Released 2026
G Le4 lie-angle fingerprint
What stands out about the G Le4 lie setup?
A single average-lie reference is more appropriate here than inventing a loft-by-loft lie chart.
On a driver, lie is a secondary directional variable; face angle, face-to-path, strike and delivered loft usually dominate ball flight.
Estimated lie angle reference
| Average lie reference | 59.5° |
|---|
Dynamic hosel fitting
Start at neutral and establish strike and start-line data.
Use only the positions documented for this exact PING generation.
Use a flatter relationship only when dynamic testing supports it.
Should the PING G Le4 be more upright or flatter?
Stay closer to standard when…
- Strike is centred and start direction is neutral
- The current address fit feels natural
Test flatter when supported…
- The head consistently delivers too upright
- A flatter setting improves strike and start line
Do not change lie just because…
- You are trying to cure a face/path problem
- You are copying a hosel chart from another PING generation
Why playing length changes the lie fit
This model is listed at 45 inches. Playing length changes posture and hand height, so dynamic lie should be re-checked after any length change.
This driver value is a model-family lie reference because For adjustable PING drivers, use the hosel chart for the exact generation. Visit PING.